Ionic Radius Trends, Basic Introduction, Periodic Table, Sizes of Isoelectric Ions, Chemistry

Ionic Radius Trends, Basic Introduction, Periodic Table, Sizes of Isoelectric Ions, Chemistry

The Organic Chemistry Tutor

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@DailyScholarShow1
@DailyScholarShow1 - 26.01.2023 23:42

It is very good. TNX

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@regista_09
@regista_09 - 08.02.2023 22:49

How do I compare the atomic radius of two elements from different group as well as period. For eg Be and Al, do i have to memorise?

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@vuyoboniswa297
@vuyoboniswa297 - 03.03.2023 14:07

Hi i like to know how do i get the distance between the nucleic atom of a molecule

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@shivagoyal6613
@shivagoyal6613 - 06.03.2023 14:57

Guys best of luck of ur exam 🤣

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@aphilemdluli
@aphilemdluli - 07.05.2023 10:12

Thank you so much. You explain everything so well.

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@abigaelamoakoasare7781
@abigaelamoakoasare7781 - 13.05.2023 03:06

Good as always 💯

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@TwaamboHachitema-nx9oh
@TwaamboHachitema-nx9oh - 14.05.2023 21:57

Great

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@RDX.PRUTHVI
@RDX.PRUTHVI - 28.05.2023 12:27

152 किसे आया

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@bmgaming2372
@bmgaming2372 - 02.06.2023 18:10

How to find the pickle meter

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@bmgaming2372
@bmgaming2372 - 02.06.2023 18:11

Fast pls I have exam tomorrow

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@killab5952
@killab5952 - 12.06.2023 21:28

Ratha use Zeff to distinguish atomic radius between atoms then at the end you will notice that Zeff is inversely related to AR

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@ayeshamustafa1012
@ayeshamustafa1012 - 10.07.2023 17:59

So in other words in case of flourine as electrons are very close to the nucleus so the nuclus excerts a greater Force of attraction that's why Sheilding effect is less right the inner electrons aren't repelling the valence electrons strongly because of s.e? Right

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@rabsonzimba-fu3fy
@rabsonzimba-fu3fy - 05.08.2023 13:34

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@surendersingal2192
@surendersingal2192 - 10.09.2023 01:57

Thank you sir

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@DanielNalubamba
@DanielNalubamba - 12.10.2023 06:10

How do i calculate the pm?

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@flamekid7464
@flamekid7464 - 22.10.2023 01:06

Valoeant

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@__chinu__d7_
@__chinu__d7_ - 23.10.2023 17:14

Thanks you sir❤❤

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@derickmweembela4248
@derickmweembela4248 - 30.10.2023 14:17

❤❤❤ you're the best

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@bana-w3k
@bana-w3k - 06.11.2023 21:35

can someone pls explain why he put 10 electrons in the second outer shell of Na, when the maximum electron in the second outer shell is 8 ?

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@infintro
@infintro - 27.11.2023 23:07

thx

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@sarahmaybear
@sarahmaybear - 17.12.2023 20:14

Thank you 🙏

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@mkgreen9750
@mkgreen9750 - 12.01.2024 06:18

And yet all particles are compressed together by opposing electromagnetic fields so F would actually have a combined electromagnetic field strength that was combined from the collection of the distinct matter. 1800's understanding to today's known small particle observations is a stretch of my mind.

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@amylas7635
@amylas7635 - 18.01.2024 04:44

How can you find the pm of the element?

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@jerralmcnair2749
@jerralmcnair2749 - 29.01.2024 21:40

I love you man

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@Be_strongChannel
@Be_strongChannel - 21.02.2024 22:38

you are the best 🥹🥲🥲🥲🌸🌸🌸🌸🌸✅✅✅✅✅

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@LethaboKatlego-v2y
@LethaboKatlego-v2y - 07.03.2024 00:46

😁😁😁

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@TianaMariieex3
@TianaMariieex3 - 08.04.2024 04:41

Your videos are helping me feel soo much more prepared for my 1st chemistry exam than when my professor explains it in class. THANK YOU!!!!!!

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@mileskuo6627
@mileskuo6627 - 15.04.2024 19:52

how do you know the radius of Br2 was 228 is that something to be memorized?

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@lcdp9459
@lcdp9459 - 25.04.2024 10:05

Thank you!

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@nightmares3964
@nightmares3964 - 30.04.2024 01:54

How are you figuring out what they are in PM??

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@manjushakathar2573
@manjushakathar2573 - 28.05.2024 18:38

But the atomic radius of Mg is 173 and that of iodine is 198 so it should be bigger according to google

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@Futurebright-m3g
@Futurebright-m3g - 17.06.2024 00:22

What is electronic configuration

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@cricketloverryan42
@cricketloverryan42 - 01.07.2024 20:24

Brilliant video mate

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@AkhtarHussain-q4x
@AkhtarHussain-q4x - 08.07.2024 09:51

number of protons in magnesium is twelve in number. On the contrary, the number of protons in iodine is 53. The atomic radius of magnesium is 173 pm and the atomic radius of iodine is 198 pm. Hence, iodine has a larger atomic radius.

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@ace0477
@ace0477 - 23.09.2024 06:24

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@sandeepc323
@sandeepc323 - 09.10.2024 19:09

Sir ur the goat.

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@Ay_aa_79
@Ay_aa_79 - 15.10.2024 20:20

Thank you, my teacher, may God bless you You are the best teacher ❤❤

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@شروقالعتر-ح1ر
@شروقالعتر-ح1ر - 18.10.2024 01:24

I didn't understand anything lol

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@JadeTheHobo
@JadeTheHobo - 09.11.2024 00:03

I’m too autistic to understand anything ur saying

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@iacopodepestel8676
@iacopodepestel8676 - 17.11.2024 20:03

Thank you so much I was lost and now I get it

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@HappyBee-v7o
@HappyBee-v7o - 26.11.2024 15:59

needed revision, came here. DONE!!

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@Foziya767
@Foziya767 - 27.11.2024 20:06

Great video but,how do you know abot Atomic radi in down right and down left😢❤

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@enzy.de.piero15
@enzy.de.piero15 - 17.01.2025 17:13

this tutor is a lifesaver. each n' every video of his is life saving~

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@dizonjamesmulenga7260
@dizonjamesmulenga7260 - 19.02.2025 14:15

Iodine is larger than Magnesium

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@UntilWeMeetAgainInJannah
@UntilWeMeetAgainInJannah - 22.02.2025 01:13

this guy helping everyone in different generations its crazy. I hope everyone 7 years ago is doing good.

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@Butterflystudy.
@Butterflystudy. - 17.03.2025 16:30

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@senpai-as3171
@senpai-as3171 - 17.03.2025 22:50

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@mon-h2p
@mon-h2p - 23.03.2025 05:17

কিছুই বুঝলাম না 😢😅

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